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GLYCEROKINASE | CAS:9030-66-4

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Material Chemistry

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Product introduction

Introduction and application of GLYCEROKINASE | CAS:9030-66-4

Use In adipocytes, because there is no glycerol kinase, the glycerol produced by fat decomposition cannot be used. It can only be transported to the liver, kidney, intestine and other tissues through blood circulation. Under the action of glycerol kinase (glycerokinase), it is converted into 3-phosphoglycerol, and then dehydrogenated to form dihydroxyacetone phosphate, and then oxidized and decomposed along the sugar metabolism pathway to release energy. It can also be converted into glucose or glycogen along the gluconeogenesis pathway in the liver. Glycerol is phosphorylated to 3-phosphoglycerol under the catalysis of glycerol phosphokinase.

Specification of GLYCEROKINASE | CAS:9030-66-4

Physical and chemical properties
Glycerol kinase is soluble in 20mM potassium phosphate buffer
(pH7.5).
Appearance: white lyophilized powder Source:
Microbial Enzyme Committee No.: EC2.7.1.30
Storage temperature: -20℃
Activity: ≥250U/mgprotein
Activity definition: Under the conditions of pH7.9 and temperature of 37℃, 1 unit can catalyze 1μmol of glycerol per minute to produce 3-phosphoglycerol.
Molecular weight: 55kDa (SDS-PAGE)
Isoelectric point: 5.1
Michaelis constant: 3.8x10-5M (Glycerol)
Optimum pH: 8.0
Optimum temperature: 80℃
pH stability: 5.0～10.0 (30℃, 20hr)
Temperature stability: <60℃ (pH7.5, 30min)
Inhibitors: Ag+, Hg2+

Package of GLYCEROKINASE | CAS:9030-66-4

Specifications: 1kg,10kg,100kg, 1000kg (can be packaged according to customer needs)
Function and use: This product is used for content determination and not for other purposes.
Storage method: 2-8°C, store in a cool and dry place, away from light.
Note: This product should be stored at low temperature. The content will decrease if exposed to air for a long time.

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